
FOJAN
Parametric alternative with 24.9kΩ resistance. Form, fit, and other key parameters match.
Find and compare parametric alternatives for the UNI-ROYAL 0402WGF2432TCE, a 24.3kΩ 1% 1/16W 0402 thick film resistor. Review key parameter differences before substitution.
Resistance value differs. Verify circuit tolerance.
All candidates share the same 0402 package.
Alternatives are available from multiple manufacturers like Yageo and FOJAN.
No direct, identical replacement was found. However, several strong parametric alternatives with the same package and ratings but slightly different resistance values are available.
Use a parametric alternative with a resistance value as close as possible to 24.3kΩ, such as FRC0402F2492TS (24.9kΩ).
The primary risk is the slight deviation in nominal resistance, which could affect circuit performance if the value is critical.

FOJAN
Parametric alternative with 24.9kΩ resistance. Form, fit, and other key parameters match.
| Feature / factor | 0402WGF2432TCE | FRC0402F2492TS | FRC0402F2322TS | FRC0402F2552TS | Compatibility / risk |
|---|---|---|---|---|---|
| Resistance | 24.3 kΩ | 24.9 kΩ | 23.2 kΩ | 25.5 kΩ | 24.9 kΩ / 23.2 kΩ / 25.5 kΩ — +2.5% deviation, closest match; FRC0402F2322TS: -4.5% deviation; FRC0402F2552TS: +4.9% deviation; RC0402FR-0723K2L: -4.5% deviation |
| Tolerance | ±1% | ±1% | ±1% | ±1% | ±1% — matched; FRC0402F2322TS: matched; FRC0402F2552TS: matched; RC0402FR-0723K2L: matched |
| Power | 1/16 W | 1/16 W | 1/16 W | 1/16 W | 1/16 W — matched; FRC0402F2322TS: matched; FRC0402F2552TS: matched; RC0402FR-0723K2L: matched |
| Package | 0402 | 0402 | 0402 | 0402 | 0402 — Form and fit match; FRC0402F2322TS: Form and fit match; FRC0402F2552TS: Form and fit match; RC0402FR-0723K2L: Form and fit match |
| Manufacturer | UNI-ROYAL | FOJAN | FOJAN | FOJAN | FOJAN / Yageo — different; FRC0402F2322TS: different; FRC0402F2552TS: different; RC0402FR-0723K2L: different |
The best alternative is FRC0402F2492TS from FOJAN. It has the closest resistance value of 24.9kΩ, a deviation of only +2.5% from the target's 24.3kΩ.